ENG7002-E MSc Project Solution On Design of Stormwater Infiltration Drainage Structures | UB

About This Sample

In this sample, With the help of this research the design and evaluation of the stormwater infiltration drainage system for the campus of the University of Bradford. The site investigation revealed the loamy soil presence with good infiltration properties. With the help of hydrological analysis, the estimation is done on the volumes of runoff for 10-, 20-, and 50-years rainfall return periods. Multiple design options were also developed in order to incorporate the infiltration properties of Green Roof, permeable pavement as well as bio-retention cells. The 50-year designs achieve nearly 80% of reduction runoff but it has the highest cost. All the design shows an important improvement over the already existing infrastructure of the stormwater in mitigating the runoff and preventing the flood. The research also demonstrates the significance of integrating infrastructure of green with conventional drainage systems for increasing urban landscape sustainability and efficiency suggestion include further studies on the performance and the changes of climate on long-term adaptability for the proposed system.

Table of Content

Chapter 1: Introduction    

• Background and Context    
• Research Rationale and Problem Statement    
• Importance of Sustainable Stormwater Management    
• Scope of the study    
• Aims and Objectives    
• Thesis Structure    

Chapter 2: Literature Review    

• Introduction to Stormwater Infiltration Drainage Structures    
• Types of Infiltration Drainage Structures    
• Suitability and Functionality of Infiltration Drainage Structures   
• Design Considerations for Infiltration Drainage Structures
• Literature Gap    
• Conceptual Framework    
• Literature Summary    

Chapter 3: Methodology    

• Introduction    
• Data Collection Methods   
            -> Site Investigation    
            -> Hydrological Analysis   
• Design Development  
            -> Infiltration Trenches    
            -> Infiltration Basins    
• Summary    

Chapter 4: Results and Findings  

• Analysis of Site Investigation Data    
          -> Soil Analysis Results    
          -> Topography Analysis Results   
          -> Existence of analysis for infrastructure    
• Hydrological Analysis Results   
         -> Analysis of Rainfall Data    
         -> Stormwater Runoff Estimations    
• Design Options and Performance Evaluation    
         -> 10-Year Rainfall Return Period Designs    
         -> 20-Year Rainfall Return Period Designs    
         -> 50-Year Rainfall Return Period Designs    
• Comparative Analysis    
        -> Efficiency Comparison    
        -> Cost-Benefit Comparison    
        -> Environmental Impact Comparison    

Chapter 5: Discussion    

• Introduction    
• Discussion    
       -> Research Completion and Methodology Effectiveness    
       -> Effectiveness of Research Results    
       -> Efficiency of Proposed Designs    
       -> Cost-Benefit Analysis    
       -> Environmental Impact Assessment    
• Conclusion    

Chapter 6: Conclusion    

• Introduction   
• Linking with Objective    
• Future Work    
• Recommendation    
• Conclusion

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